In this presentation the simulation of near- and far-field propagation of stochastic electromagnetic fields discussed. The modeling of stochastic EM fields is plays a crucial role in the electromagnetic compatibility design of electronic devices, circuits and systems. For the description of stochastic EM fields correlation dyadics are introduced. For the transformation of the field correlation dyadics using Green's functions are used. The method accounts for arbitrary correlations between the noise radiation sources and allows to compute the spatial distribution of the spectral energy density of noisy electromagnetic sources. The Method of moments (MoM) can be applied to solve noisy electromagnetic field problems by network methods applying correlation matrix techniques. Numerical examples, demonstrating the strong influence of the correlation between the sources on the spatial distribution of the radiated noise field are presented.     «

In this presentation the simulation of near- and far-field propagation of stochastic electromagnetic fields discussed. The modeling of stochastic EM fields is plays a crucial role in the electromagnetic compatibility design of electronic devices, circuits and systems. For the description of stochastic EM fields correlation dyadics are introduced. For the transformation of the field correlation dyadics using Green's functions are used. The method accounts for arbitrary correlations between the no...     »